158results about How to "Implement interactive functions" patented technology

Mutual universal network content keyword mutual system with true matching keyword and simply and rapidly adding keyword at real time. It relates to web page information grasp-organ, web page information analyzer to analyze the grasped page text, keyword index module to count matrix of web page and keyword. It also owns keyword demand module to find out keyword array which corresponds to the ID of web pages of keyword filtrating needed in the said web page, keyword matrix and JavaScript code interface. Then calculate the intersection about advertisement keyword bank to get a series of keywords and to classify and screen out the front keywords according to web page and advertisement keyword and advertisement keyword bank. Its AD Center module incepts HTTP demand sent by JavaScript code, calculates web pages ID corresponding URL, sends ID demand to keyword demand module, incepts the feedback keyword and the corresponding mutual advertisement information and adds them to the web page user ending by alternating with JavaScript code interface.

A vehicle real-time monitoring system based on a wireless RF identification technology is provided, which is composed of an interactive vehicle license plate, a detector, a communication network terminal, a communication network, a center server and a control management system, etc. The system is capable of realizing digitalization of vehicle monitoring information; the interactive vehicle license plate realizes an interactive function of the vehicle license plate by using a RFID technic and an audio, optical prompting technic, thereby interactive response between a vehicle to be monitored and the vehicle monitoring system; the interactive vehicle license plate is decryption-proof, falsification-proof, every license plate has a global unique identification number capable of realizing no-parking large-distance automatic identification and automatic examination of unlawful vehicles, vehicles with pirated license plates, and blacklist vehicles; a vehicle information database of real-time positions of the vehicles to be monitored, moving tracks and the like can be generated. The invention uses an active RF card, avoids a fault that an effective distance of a passive RF card (such as a bus IC card, an entrance guard card), and uses an omnidirectional (non-directional antenna) to veritably realizing no-parking large-distance automatic identification.

The invention discloses an intelligent power utilization cell system, which comprises an electric power company master station, wherein the electric power company master station is at least connected with a power supply part working station; each power supply part working station is at least connected with an intelligent cell power supply system; the electric power company master station comprises a power utilization information acquisition system server, and the power utilization information acquisition system server is connected with an intermediate database server and a website server by a backbone network arranged in the electric power company master station, and the intermediate database server and the website server are arranged in the master station; and the intermediate database server is connected with at least one intelligent cell power supply system through a network I, and the intelligent cell power supply system is connected with a website server through a network II. The intelligent power utilization cell system disclosed by the invention has the beneficial effects that: the satisfaction degree of clients on a company is promoted; the power supply reliability and the fault processing timeliness are improved; the high-quality power utilization service is met; the requirements of clients on environment-friendly power utilization, energy-saving power utilization, planning power utilization and reasonable power utilization are met.

The invention provides a detection method for information comprehensive analysis and intelligent alarming application. The detection method includes the following steps that whether transformer substation advanced application function modular design meets requirements or not is detected; classification of alarming information is determined, and detection of intelligent alarming and analysis decision making is finished; detection of information comprehensive analysis decision making is conducted; detection of distributed state estimation and data identification is conducted. The detection method for information comprehensive analysis and intelligent alarming application can be used for application and implementation of intelligent comprehensive analysis and intelligent alarming of a transformer substation integrated monitoring system, and modularization, standardization and customization of the functions of the transformer substation integrated monitoring system are achieved.

The invention relates to a method and a system for identifying the posture of a body. The method comprises the following steps of: A, respectively acquiring motion parameters of a plurality of parts of the body and sensing parameters of hardware equipment; B, according to an angle difference value which is obtained by comparing the motion parameters of all parts of the body, acquiring the position change information of the body; C, according to the position change information of the body and the angle difference value of the sensing parameters of the hardware equipment, determining the motion information of the body relative to the hardware equipment; and D, identifying the motion information of the body relative to the hardware equipment, and outputting the motion information which serves as monitoring information. In the method for identifying the posture of the body provided by the invention, a sensor device is used for identifying the posture of the body, and simultaneously optical equipment can be externally connected for auxiliarily monitoring the position of the body relative to the hardware equipment. By adoption of the method and the system for identifying the posture of the body provided by the invention, the speed for identifying the posture of the body is improved, different parts of the body can be identified at the same time, and certain flexibility is realized.

The invention provides an intelligent configurable programming toy of the Internet of Things and belongs to the field of the Internet of Things, artificial intelligence, education and toys. The intelligent configurable programming toy mainly comprises a configuration programmer, a central processer, a memory, a data communication module, a multifunctional sensor and a multi-point actuating mechanism. An open platform is applied, so that devices of the Internet of Things are integrated, entertainment characters of different toys are configured into a whole, a user performs configuration by choosing hardware with hands and even performs programming with the hands, and the toy is arranged into an expected action, from and interaction manner. The operational ability, the learning ability, the cognitive ability, the imaginative ability and the like of the user can be improved. By the aid of the Internet of Things, storage data of the intelligent toy can be shared, users can exchange arrangement methods and contents of the intelligent toy and learn from each other, the forms and actions of the toy are ever-changing, the contents are rich and colorful, other devices of the Internet of Things can be controlled, an interaction function of the toy and the Internet of Things is realized, and the intelligent toy is integrated into people's life, so that the people's life is improved.

The invention relates to an intelligent rehabilitation wheelchair. The intelligent rehabilitation wheelchair at least comprises a wheelchair body, a sensor module, a mobile terminal and a data processing cloud terminal. According to the intelligent rehabilitation wheelchair, the sensor module arranged on the wheelchair body collects training data of a rehabilitation trainee, the mobile terminal transmits the training data to the data processing cloud terminal through a wireless network for data processing, and the data processing cloud terminal provides data information at least comprising the training progress and training advice according to the collected training data of the rehabilitation trainee. The intelligent rehabilitation wheelchair can collect the latest training data of the user constantly and feed back the training progress and the training advice in time to achieve main-machine interaction.

The invention relates to a spatial claw type repeatable lock disengagement docking mechanism, belongs to spatial claw type repeatable lock disengagement docking mechanisms in the field of aerospace, and aims at solving the problem that traditionally applied docking mechanisms fail to respond rapidly caused by large overall size, heavier mass and more complicated structures. The mechanism comprisesa docking capturing device and a docking captured device; the docking captured device comprises a captured machine body and an electric interface mother port formed in the captured machine body; thedocking capturing device comprises a capturing machine body, a driving mechanism and a locking mechanism; the locking mechanism comprises a crank handle assembly, a connecting rod, a sliding pin and alocking hook used for capturing and docking the captured device tightly; the crank handle comprises a connecting pin and two crank handles; the two crank handles are fixedly connected through the connecting pin, one end of the connecting rod is installed on the connecting pin, the connecting rod and the connecting pin can rotate relative to each other, the other end of the connecting rod is installed on the locking hook, and the connecting rod and the locking hook can rotate relative to each other; the driving mechanism is installed on the capturing machine body and can drive the crank handles to rotate. The mechanism is applied to the field of aerospace.

The invention relates to a control system of an intelligent wheelchair. The control system comprises a wheelchair motion control subsystem and a man-machine interaction control subsystem. The wheelchair motion control subsystem at least comprises a wheelchair body, and a waist training mechanism of a single-degree-of-freedom six-bar mechanism contained in the wheelchair body can simulate the sitting-down and standing-up tracks of a healthy person so as to exercise the waist of a user. The man-machine interaction control subsystem at least comprises a sensor module, a mobile terminal and a data processing cloud terminal, and the man-machine interaction control subsystem collects training data of the user through the sensor module arranged on the wheelchair body and transmits the training data of the user to the data processing cloud terminal through the mobile terminal via a wireless network for data processing so as to achieve man-machine interaction between the user and the intelligent wheelchair. The control system of the intelligent wheelchair can collect the latest training data of the user constantly and feed back the training speed and training advice in time so as to achieve man-machine interaction.

The invention discloses a shared power bank and an information interaction method of the shared power bank, wherein the shared power bank comprises the components of a device connecting port, a connecting controller, a data transmission assembly, a display screen, a displaying controller and a man-machine interaction assembly. The device connecting port is used for connecting with a client device. A connection controller is connected with the device connecting port and is used for opening or closing the device connecting port. The data transmission assembly is connected with the displaying controller and the man-machine interaction assembly and is used for receiving server pushing information, thereby supplying the server pushing information to the displaying controller and supplying the interaction information submitted by a user to a server. The displaying controller is connected with the display screen and is used for making the display screen display the server pushing information. The man-machine interaction assembly is used for receiving the interaction information which is submitted by the user according to the server pushing information and supplies the interaction information to the data transmission assembly. The shared power bank and the information interaction method of the shared power bank have advantages of enriching functions of the shared power bank, and improving user experience.

A multifunctional home security sweeping robot, including: a chassis (1); a housing (2) installed above the chassis (1); a broom (3) installed below the chassis (1); and installed on the chassis (1): Storage box (4), used to store garbage; wheels (5), with shock absorbing function; anti-touch sensor (6); optical flow sensor (7), used for path detection; ultrasonic distance sensor (8), Used for positioning and ranging; electronic compass (9), used for direction positioning; camera (10), used for security monitoring; display screen (11), used to display the current running status of the robot; main processor control circuit (12) , having path recognition and planning functions; a battery (13). The invention realizes human-computer interaction, can monitor the current running state of the robot in real time and can check the image returned by the camera at any time, and the path planning algorithm based on the optical flow sensor used effectively improves the working efficiency of the sweeping robot.

The invention discloses a human-computer interaction system and device based on an infrared camera-visible light projector. An infrared camera is used for obtaining the three-dimensional form of a human body, a pose relationship between the infrared camera and the visible light projector is used for combining three-dimensional data with the picture of the projector, and real-time human-computer interaction is realized through combination with a pre-defined rule. By use of the system and the method, two infrared cameras are used for obtaining three-dimensional information, an information amountis rich, the system and the method can be more flexibly applied, and in addition, other contact type equipment is not required; the infrared camera and an infrared LED (Light Emitting Diode) are combined to avoid the interference of ambient light and projection light, and a detection process is more accurate; and through calibration, pose transformation between the infrared camera and the visiblelight projector is realized, and finally, an interaction function with the projector is realized.

An embodiment of the present application discloses a touch operation method, an apparatus, a storage medium and an electronic device. The method comprises: detecting a touch operation triggered by a user in a curved surface display area, acquiring a touch position and a touch mode of the touch operation, acquiring a touch control instruction according to the touch position and the touch mode, andperforming a touch control operation on an electronic device according to the touch control instruction. The invention realizes the interactive function of the electronic device only through the display area of the curved surface operated by the gesture of the user, so that the virtual button is not required to be set in the screen of the device, in addition, since the interaction only needs to becarried out through the gesture, the damage of the physical key due to multiple uses is avoided, and the efficiency of the interactive control of the electronic device is improved.

The invention discloses a scene depth and camera position and posture solving method based on deep learning. The method employs a convolutional neural network, employs an image sequence as input, and employs a recurrent neural network to estimate the scene depth and the camera position and posture parameters of two adjacent images. According to the method, a multi-task learning framework is adopted, and the loss function of the network is defined by utilizing the consistency of the geometric information of the three-dimensional scene reconstructed by two adjacent images in the sequence, so that the scene depth and the accuracy of the camera position and posture estimation are ensured.

The invention relates to a multi-touch device based on sphere display and a multi-touch method thereof. The device comprises a touch dome-screen, a projector, and an infrared LED. The device is characterized by being further provided with a dome-screen lens, a video camera with an infrared camera, a special filter and a computer. The touch dome-screen is prepared by the dome-screen materials through which the infrared projection can pass, the lower part of the touch dome-screen is provided with an opening, the infrared LED is arranged at the opening; the dome-screen lens is arranged in the middle of the opening and projects coloured lights from the projector to the touch dome-screen; the computer is respectively connected with the video camera and the projector and is used for respectively controlling the projector to project images to the touch dome-screen, the infrared camera of the video camera to collect images on the touch dome-screen and analyze and calculate the collected touch events on the touch dome-screen, and the projector to display the analyzed and calculated result.

The invention provides a weather facsimile image receiving and processing device for a ship and a receiving and processing method. A front end control and data acquisition processor is connected with an image receiving front end in two ways and connected with a low-phase noise local oscillator in one way; an embedded web server is connected with an image storing unit, Ethernet, FLASH and an SDRAM (Synchronous Dynamic Random Access Memory) in two ways and connected with the front end control and data acquisition processor by a double-port Ram and external interrupt in two ways; and an RJ45 network interface is connected with the Ethernet in two ways. The additional embedded web server, a high-capacity storage card and an Ethernet communication unit are added by combining the development trend of embedded equipment on the basis of utilizing the receiving part of the traditional weather facsimile receiving equipment. A paper printing way is replaced by the digital storage of weather facsimile information, and a network port of the receiving equipment is connected with a network port of a personal computer of a subscriber by the Ethernet.

The invention relates to an invisible watermark identification method and apparatus, and a storage device. The hidden watermark identification method comprises the following steps: obtaining a component image from an image containing an invisible watermark, and dividing the component image to obtain pixel blocks; selecting a pixel block containing invisible watermark information from the pixel blocks; performing QR decomposition on the pixel block containing the invisible watermark information to obtain an upper triangular matrix; extracting binary sequence information of the invisible watermark from the first row and fourth column of the upper triangular matrix; obtaining watermark component information according to the binary sequence information of the invisible watermark; processing the watermark component information to obtain an invisible watermark extraction map; and decoding the invisible watermark extraction map to identify the invisible watermark.